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PRO92cH-TH


Omnidirectional Condenser Headworn Microphone

  • Ideal for applications requiring clear, articulate vocal projection
  • Flexible, contoured earpiece hooks over either ear for a comfortable fit
  • Natural smooth frequency response optimised for vocal articulation
  • Rugged 4-pin cH-style screw-down connector

Omnidirectional Condenser Headworn Microphone

Audio-Technica’s PRO92cH-TH wireless omnidirectional condenser headworn microphone offers a natural, smooth frequency response optimised for vocal articulation. The mic features a small condenser capsule; a lightweight, contoured earpiece; and a flexible boom that is easily repositioned for a comfortable fit. Terminated to fit Audio-Technica wireless systems, the PRO92cH-TH is available in black or beige.

  • Comfortable headset is ideal for lecturers and other applications requiring clear, articulate vocal projection
  • Flexible, contoured earpiece hooks over either ear for a comfortable fit
  • Natural smooth frequency response optimised for vocal articulation
  • Rugged construction designed to stand up to the challenges of day-to-day use
  • Includes storage pouch and clothing clip
  • Rugged 4-pin cH-style screw-down connector provides secure connection to Audio-Technica body-pack wireless transmitter
  • Available in black and beige models

Technical Info

Microphone
Element Condenser
Polar Pattern Omnidirectional
Frequency Response 20-20,000 Hz
Open Circuit Sensitivity -45dB (5.6mV) re 1V at 1Pa
Maximum Input Sound Level 116 dB SPL, 1 kHz at 1% T.H.D.
Signal-to-Noise Ratio 60dB, 1kHz at 1 Pa
Weight Microphone & boom: 4 g (0.14 oz)
Microphone, boom, connector & cable: 24 g (0.84 oz)
Dimensions Microphone: 21.7 mm (0.85″) long,
9.2 mm (0.36″) diameter
Boom: 110.0 mm (4.33″) long,
2.4 mm (0.09″) boom diameter
Cable 1.4 m (55″) terminated with screw-down 4-pin cH-style connector for Audio-Technica body-pack wireless transmitters
Accessories Included AT8442 cable clip; AT8158 windscreen; Carrying pouch
Belt Pack
Current Consumption 0.3 mA typical at 5V